Addressing mechanism.



s( T. TnuNnLE. ADDRESSING MECHANISM.`

APPucA'Tl-ou men mwa. ma. Patented Jan. 8 1918' I! SHEETS-SHEET l.

G. T. TRUNDLE.

DDRESSING MECHANISM.

Armlcmou mw mwanwls.

Patented J an. 8, 1918.

1| SHEETS-SHEET 2.

G. T. TRUNDLE'. i ADDRESSING MECHANISM.

APPuc/mon mso MAY a1. |913.

Pand Jan. 8,1918,

l I SHETS-SHEIET 3- G. T. TRUNDLE. Annnfssme necmmsu. APPLICATION FILED IAYBI. l9l3.

Patented J an. 8, 1918.

E1 SHEETS-SHEET 5.

` WV'NE'SSES.'

IMM faja.

JTT'I.

G. T. TRUNDLE.

ADDRESSING MECHANISM.

Arme/mon mm 11m31.191s.

G. T. TRUNDLE. ADDRESSING MECHANISH. Arrucmon min Inval. ma.

` Patented Jan. 8,1918.

Il SHEITS-SIIEET I.

6.1. mummia.v

ADDRESSING MECHANISM'.

APPLICATION FILED MAY 3h |9I3.

Patented 1511.841318.

I1 SHEETS-SHEET 8.

Huil 150 G. THUNDLE. x ADDHESSING MECHANISM.

1,252,970' v APPLICATION msn mv 31. |913. Patented Jim' 8' 19m Il SHEETS-SHEET 9.

fr MA avai/fz;

G. T. TRUNDLE.

ADDRESSING MECHANISM.

APPLICATION man nAYal, 1913.

1,252,970. Patented Jan.s,1918.

1l SHETS-SHEET 10.

G. T. THUNDLE.

ADDRESSING MECHANISM,

APPLICATION FICED MAYSI. I9|3 *Patented Jn. 8l

1,252,970' I l1 snEETs-SHEET Il Va citizenpf the United States, Cleveland inthe county of Cuyahoga" and UNITED STATES PATENT OFFICE.

iEoBGE T. TRUNDLE,' 0F CLEVELAND,

HIO, ASSIGNOR TO THE AMERICAN MULTI- GBAPH QOMPNY,'OF CLEVELAND, OHIO, A. CORPORATION '0F OHIO.

AnDnEssING MECHANISM.

To all whom 'it may concern:

Be it known that I, GEORGE TdTnuNbnE,

State of hio,` have invented a. certain new and .j.u,`se`fnl Improvement in Addressing 3 Mechanism, of whiehthe following isa fnl clear, `andV exact description, reference. being had to the accompanying drawings.

",Tlie object of thisinvention is to 4rovidev an effective addressingl machiiiegor use either alone or iii' conjunction with afprintof individual address plates, .meehanism'ifor iupr meclianisiin iiih'eieby envelope, 'post'v cards` addressed letters and similar matter 'may be ,produced rapidly and eiicie'ntly. addressing mechanism comprises a set selecting the desired plate, moving it into rinting' position, printing' jfrom ityand re-` 4urning lit to its storage receptacle.- Varions features of tie machine are comprised `within this invention, among which may be mentioned .the means for selecting the de sired address plates. means for feeding them to and from the printing device, means for printing from such address plates, mecha# nism by which the address printer is corre--r lated'with the 'printing machine so that the address maybe printed on one portion of the sheet while tlierbodv is being printed ony another portion thereof. 'Various other'fea- -tures contributing tothe eiciency of the complete machine are alsocomprised within "fore, be most my f invention. The [invention may.' ythereconvenientlyv summarized as consisting' of' the combinations of coperat' 'ing 'elementshe'rein ,illustrated and set outdressin The drawings Vfsh 'addressing mav'chine embodied wit:

the addressofthe multig. 2 is a plan poi't iin: machine, showingA a graph at the rear thereof; Fi

ofthe combined machine shown in Fig. 1;-

Fig. 3 is a, right hand `and. view of the ad-y machine and multigraph; Fig. 4 is aleft and; endview: Fig. 5 is a vertical i cross section through the intermediate portion of lthe machine. as indicated h v the lineof Fig. 1. locking toward the night; Fig. 6 1s a vertical cross section on the line -.G-6 ofFig. 1 looking toward the left; Fig.

Specification of Letters Patent. animation ineanay 81,1913. serial No. 770,542.

`reading o* tarvprinting .maiy

the lower miiltigrph:

ftgqted Jan. 8', 1918- 7 is a plan nfl-the operatin mechanism for ,the paperfeed of the ad ressing machine :and portions of the feed rollers, being those 'shown in cross section in Fig. 6;*Fig. 8 is a reaij elevatonof the right hand portion of the machine', showin section thugh the 'address plate carrier 'in a.. plane parallel'with Fig. 10; Fia'. 12 is a central cross'section of the carrier in a plane hand end view of the ribbon feeding niechanism;.Fg. f14is a detail showing an V'elevation of the mechanism for operating the-.paper feed of the addressing machine; Fig. plan of theycarrier for' shown figureand the reii'iaining figures are on an enlarged' scale. Fig; 16 is .a detail in `plan of" the gripper for shifting the address plate; Fig. 17 is a 'perspective Iview, of van the address pla/te address plate which may `be conveniently used in-my fmaehine; Fig. 18 is a detailshowing the selectingr tongue on' one end .of

(the address plate; .Figi 19 is as ubstaitially is an. enlarged better/nfy :in 10 to 13v inclusive( 'This vertical section 'lookingV forward fromihe Qrearof the machineand showingthe selecting,ir mechanism; Fig'. 420 is a horizontal sc'f tion through the address plate carrier `taken substantially on thel line 2Q .-20 of Fig.. 12:

Fig. 21 isahorizontal Y ortion` of the address plate carrier Land `s the,address.plate in` its releasing' position; Fig. 22 is a section taken on ajplaneat right angles to the plane of Fig. 21, showing". the:

section taken through same partsrjFg. 9.3f is Vanfelevation ofthe ribbon feeding mechanism. the lsame being! -substantially an enlargement. of Fig. 13. withl the Dawls in another position Fig; 245s a. vertical central section through the address plate'carrier in the same plane as Fig. 11,

'and showing' the carrier and itsV operating mechanism in releasing position: Fig. 25 is a longitudinal-section of thel mechanism Vf0.1:

los

la' fl tonvue thereto.

laterally adjusting the address plate carrier; Fig. 6 is a cross section taken on the line 2 of "Fig.- 25.

My machine operates with separate disconnected address. lates which are fed from a suitableI recept, e tothecar'rer, printed from and returned to therece'ptacle. Such address plate may be made of various forms. (.)ne convenient form is that illustrated in v.17,.and claimed in Patent No.. 1,018,868 to' Il. CI (ialnmeter. As here shown, the address plate consists of a thin sheet metal plate l having one end turned or flanged at 2 and having in its body parallel slots 3 comn'iunicating with enlargements 4' in the offset or flanged end. Suitable type are lnounted in these slots. Such type may conveniei'itly be grooved on their opposite sides und slide into place through the openings 4. llhen in place they are blocked by' suitable clips, as, for example, the clips wh'irl'iextend through the slots'and bridge th'em above and below and clamp on the plate, such clips being claimed. in my Patent No.' 1`,0'S3,711.

' T lte address iilatc is further provided with a tongue w lich projects from the end opposite the flanged end 2. This tongue is differently positioned on different plat-es to enable n convenie-nt selection of addresses of various character. To thatend I prefer to make Athe tongue a separate piece ot metal 'h eld o n the p late by means of-two fingers 8. formed by slit-s parallel with the edges of tlie' to11gl| e these fingers extend-ing through openings 9 in the platev and being bent over onto the other side of the plate'to clamp the er laot' these holes, 9 at this end of the plate which enables-v f'l'e tongue to be located in various` positions" so that selecting mechanism onthe machine, set to eoperale with tongues in a certain position, will select all of a certainfclass'of addresses.

large number of address plates. which may be of the character just described, are

contail'ied in a suitable receptacle which is designed to be removably mounted in the addressing maehine. Such receptacle is i ndieated at 10 in l+`igs. .1 3, 4, 5 'end S." 'As there shown, it consists `of'ah operi-sided boX-lilie 'fra-'me having a front wall] 11, a rear Wall 12 and various cross braces 13. The 'uinerface feaeh wall 1sgrooved,'as shown at 11i-and 1 t ,to provide -ways into which the address p .late may be slid. The plates ,are mounted 1n the receptacle with their flanged ends 2 at the 4left side of thcreceptacle, the 'edge portions of such flanged ends eiferhanging the sides of the walls ll land 12 ad- ]aelt vto the' grooves Accordingly, A\\"he'n the 'receptaclesare removed, they may' stand on the edge .app'earingin Fig. 3, s a'bptloin; the plates being supported"liyfthe llangesQ en what is th'cnthe top of the receptacle.

4There are preferably serbe inserted as drawers in a suitable cabinet or other container.

Thereceptacle, with its address plates, is

-pla-ccd in the machine in an approximately upright position, as illustrated 1n Fig. 3, and travels downwardly through the machine as the address plates are used, and, at the end of its operation, is discharged at the bottom of the machine. '.l`he travel of the receptacle is controlled by a rack LT mounted on the front side ot' the receptacle adjacent to the left hand edge. rlhis rack may be a permanent part of the receptacle, in which case one is provided vfor each receptacle, or it may be a separate device and the receptacle secured to it as it is about to be placed in the machine, in which case two racks will be used' as it is desirable to place the'i-eceptacles'in the machine' one upon the other, so that it is not necessary to stop the u'lachine for ea'ch receptacle.

,At the right hand side of the receptacle slidably mounted in the frame of the machine is a plunger (Figs, 2, 3 and 15))` and the descent of the receptacle is coutrolled to present the desired address plates one after the other in front. of the plunger' 20, which moves toward the left to shove such address plate partly out of the receptacle and into the grasp -of the transferring mechanism, to be described. To control the downward feed of the receptacle so that it presents the desired addressplates successively in front of the plunger 20, I provide the following mechanism. The rack 17 meshes with a gear 22 which is mounted on a shaft :23 joui'naled in the standards 24 and of a frame bracket 2G. A The gear 22 is -rigid with the shaft in operation, but is adjustable thereon, as hereinafter explained. ()n the right hand end of theshaft is a ratchet wheel 28 with which coacts a pawl 230 -earriedfby a pivot pin 314 screwing 4into the yupright '225. On this pawl is aforwardly extending. arni 33 andan upwardly 'extendin'g shoulder 31. Coacting with the arm S3 'is ii dog 35 mounted on an arm 36, which depends from a rock arm 37 on 'a rock shaft 38. Extending from this rock,shaft is-a'liother'arm 39 which is' caused tobear against av cani 40- by means of a spring '41 on the arm? (Fig. '1), When this cam depresses the "arm 39 it 'thereby raises the "'dog 35,

l) ll ilo' which, pulling up on the arm 33swiugsfthe I it `to descend by has a nose adallited to engage with theslioulder ill and extends rearwardly otits pivot'at lll beneath a set screw Flgs. El, -h 'a'nd lll) which is on analnr'fl extendlng the address plate .re

In this form -th receptacles may `from the rocking llram'e 46 -piwl't-eilon'ashait-tV 47. lThis shaft isimounted i'na bracket 49,

` ries selectors' 50, to beV hereinafter more fullv described. For the present, it may be stated that these selectors correspond to the d iam-- ent possible positions of tbe tongue T on the end of the address plate, and 'when it is esired to Select address plates having tongues of a certain position, the corresponding se, lector is Set so that when any of suclradw dress plates come opposite the selector its frame is thereby rocked, the other address plates passing the frame idly. This rockl from it at the upper end of the shiel ing of the lselector .frame brings the set screw 44. 'downxo'nto the rearward extension'43 of the catch and releases the shoulder 34,' so that the pawl swings back into engagement with the ratchet wheel.' spring.53-surroundings the screw stud 31 presses the pawl into this lockin r position.

From the above description it will be seen that. on every rotation of the. cani 40, the dog-.35 pulls the blockingI pawl 30 ont of engagement with the ratchet wheel and thereupon the catch 42 engages the shoulder 84 and holds the pawl in such idle position ywhile the address plate receplae'le descends by gravlty, rotating the gear 22 and ratchet Wheel 28. As soon as the desired "adllress plate, however, comes opposite' the selector,

the rockingl of the selector. frame forces'the catch 42 away troni the shoulder 3'4 and vthe pawl 30 returns to position to engage the next ratchet tooth and stop the downward feed.

To. prevent an unduly great downward movement ofthe receptaclein case the mais just out of'engagement-with the ratchet 28 'and before the'dog greleases the arm 33,-

the `arm 36 and4 releasing that it :is free to engage the'ratchet 28." v The reararin 56 of this bell-crank extendsfrearchine should happen to be stopped. while the cam 40 is in the position .where'the pawl 30 I provide a bell-crank leverp ivotallly Vhung en the shaft 38, an'd adapted to/pjress thereby swingingoutwardly on the dog 35,

the pawl 30,4 so

"- Wardly and .downwardly from the shaft-38,

thereby permittingthe pafwl hooking under the arm 45 of the rocking frame 46. By means of this 'bell-crank lei rer,"\?vl'1en tlrere'ceptaclc drops, thenex't de- .sired' addres s `plate will engage' one of4 the selectors 50, Arockingthe frame 4,6 and theV arm 45, pressing, the 4larm 56 (lownwardly, disengaging the dog 35 from the arirn33, and v30 to engare.

the ratchet,stopping the receptacle with the desired address plate opposite the p usher 20, `lt is to be understood. that asuitalile 'uidewayis provided for the receptacle, in

t e upper end of which it Vmay be placed,

"i anddow'n which it/may travel, as desired, to present the address platesopposite the -pl-unger .20. This gu1de`way, as showinherein,

' reptacle any address A suitable f from'theholes -theingers 50. are in operative posi t1 i arrangement that any or all comprises the upwardly'extending inclined plate 80, cenvenie'ntly made inte ral with va frame bracketSl and having .orwardly )stands opposite the left hand si e of the reaway Ascordingly, this plate cams back intofthe replates which may ha ve. been jarred'outwardly from their seats.

The frame brackets 26, 81 and 84 referred to are conveniently mounted on a suitable ceptacle and 'close to it, while -inclining bed plate, as the plate 86. This bed plate is shown as a long horizontal casting which carries the brackets mentioned and others, to be hereinafter referred to, adjacent. to the left hand 'end of the machine. When the adv dressing machine is used in conjunction with thtl multigraph or other printing machine, the bed plate 86 is preferably secured to the front of the standard or frame carrying the printing machine. As shown in Figs. 3 and 4, the'bed plate is secured on the forward edge bf the plate 8 7, twhich-is mounted between a suitable stand 88 and the frame' 8f) of'- the multigraph or printingl machine.V

The selectors for stopping the desired address plate opposite the pusher 20, comprise the depending fingers 50- pivotally mounted on the shaft47, between theends ,of the 'U- shaped portion *of the rocking vframe .4-6. Extending outwardly from these lingers adjacent'to their pivots are arms 5l, each ha ving 'a hole 52 near its outer end, through -fwlrizhthe pin 53`-is adapted toslidle This pin-'53 is held ateach end by lugs 54extend lingfgoutwardly'ffrotn the rocking frame 46. The-outer yportions of these arms 51falternately extend upwardly "and these extensions4 maybe turnd'baek -atright '..anglesv tn present a suitable surface for n-- dex.I iulrlerals,l as shown in Flgr,l v. WVhen may be operative, thus selecting the class of addresses desired.' -V

It 1s deslrable to provide a suitable brake lio i downwardly" I 52 so that' they maybe'fcon' reniently grasped by-hand, and `the' lend of .1.15

t will be seen hy this* of these fingersI retarding the downward movement of the receptacle, and this may be conveniently ac'- co'mplished by extendin the shaft 23 b'eyond the bearing 24 an -mountin on it a smooth peripheried wheel C5 Fig. 9) against which bears a brake shoe 66. The brake shoe is shown as .pivoted at 67 to an ear on the frame bracket 26. Its binding effect is caused by a spring 68 which bears against an arm 69 extending upwardly from. the brake shoe. The spring is shown as a helical conipression spring surrounding a rod 70` which is pivoted at its inner' endv to the bell-crank lever 71. This bell-crank is carried on the arm 69, and has its rear end extending into coaction with a cam 7. on the same shaft with the cam 4Q. Thisgcam operates to apply the brake just after the movement of the paw] 30 has. released the receptacle and the receptacle has started to move. Accordingly, the brake does not interfere with the force of gravity overcomingr the inertia of rest of the receptacle and vits geared parts. but` after the movement, has begun, the application of the brake retards it to prevent jar when it is again brought to rest. The force of the spring 68 is adjusted by a thumb nut 77 screwing onto the rod 70.

When the address plate desired for use arrives in ,front of theplunger 20, the latter is operated to shove itat. short distance toward the left, where it grasped by a suitable gripper and pulled j into the printing device. The mechanism for operating this plunger 20 is best shown in Figs. 3, 8 and 19. It consists of an arm120 having its upper end engaged with an lopening on the plunger and having its lower end secured on a rock shaft 121, which is journaled in the bracket 49. Onthe end of this shaft is a depending arm 122 connected by an adjustable link 123 with the lower end of the lever 124.' This lever is pivoted at 125 and carries at its upper en/d a roller 126 coacting with the crown cam 127 formed on Athe side of the 'cam 7.5, heretofore referred' to. The cams 75 and 40 are mounted on a transverse shaft 130, which may be termed the main shaft of the addressing machine. Accordingly, when this shaftfis rotated, it operates to release the address plate receptacle, which is "stopped when a. pla-te having the desired I character is opposite theplunger, to appl);7

a brake tof the downward movement thereof, and to operate theplungerto force the selected plate into the grasp of the gripper.

Itis desirable to adjust the relative position of the teeth of the ratchet 28 with the teeth of the gea'r,22, so that the address plates will be stopped in the proper position l in front of the pusher 20. Accordingly, I provide tongues 1,28 on the hub ofthe ear '22, whichis .loose onv the shaft 23. T ese tongues stand in suitable recesses in a collar adjacent the hub and rigid lon the shaft, and

i rier.

the ear 22 may bedrno'ved slightly about the sha t by screws carriedby bosses 129 on the collar Fig. 1 'i Loosely mounted on the main shaft 130 and adapted to be swung is a carrier A131, which .receives and supports the address plate when it is in printin position. This carrier coactswith a suit'a le platen 133 to effect the prin'ting. The address plate, when shoved to the left by the plu-nger 20, is grasped and drawn into the ,earrierby a reciprocating gripper. best wn in Figs. 2, 15, 16, 21 'and- 22. @his/gripper consists of a slidable bar -"135, to the right hand end of which are pivoted two jaws 136 drawn toward each other by a spring 137. The jaws have Haring noses 13S, behind which are recesses 139. The bar 135 is sli'dable on a dove-tailed groove 140, (Fig. 6) in the frame and has on its upper edge rack teeth 141. Coacting with these rack teeth is a rotatabl mounted gear wheel 142. On the shaft o this gear wheel is a pinion 143 which meshes with rack teeth on a segment 144. This segment is pivoted at 145 and has an upwardly extending arm 146 provide-d with a roller 147 engaging in the groove of a doublecrown cam 148 on the shaft 130. The rotation of this shaft accordingly operates to vshove the bar 135 to thefright where the jaws come' into position to grasp the flange 2 of the address plate shoved out by the plunger 20, as already described. Then the cam causes the gripper to move toward the left, drawing the address plate with it. -In this movement the address plate travels into a way in the lower face of the carrier 131. When it is in position in the carrier (as shown in the bottom view in Fig. 15` and in Figs. 21 and 22), a pair of pins 150 on the jaws 136 come into engagement with the oppositefaces of a. stationary cam 151, carried by a plate 152 havin an ear near each end bent downwardly an secured to thecarrier 155. This cam spreads the jaws tog-release the address plate, and the continued Vmovement of the gripper carries it to the left out of the way, leaving the address plate in the cartightly by movement of the clamps within the carrier, and the' carrier is then swung rearwardly to print. After the printing operation, the address plate is pushed from the carrier back to thereceptacle on the return movement of the bar'135. A vsmall plate 153 is, seculred to' the end of the bar 135, and acts asa suitable abutment for the langed end 2 of the address plate.` Asuitable pin 154. on the bar between' the jaws the ways of the carrier.

The address plate is then gripped .nisV

12s l 136 keeps the jaws in; properalinement with .i

The'address plate carrier '181 is best shown IiaFigs. 1, 2, 5, 10, 11;, 12. s111124. it comenses the. following. vPartis member 15.5,'

IEBD

which is in the forni gf a downwardlyfacing trough having a cross portion 157, sidev portion 158,?andarms'159 which loosely em-.y

brace the shaft 130. Slidably mounted within the hollow portion of the member 155 is a-member 160, which hasl a shoe ycurved of the shoe 160 and the Vaide-"plates 1381` 'of Vd the h-like membercare movable bars fwhich 167 have ves' 168 constitutingthe gripper jawsan having' stads 169 extend# surround by rings 170 ,tendingfto draw the bars upwardlyl. Slidably keyed on the shaft 180 are a panof cams 172, whichstand over rollers 173 in the upperv ends of the alms 161.l

plate fromthe stack toward the left of the machine,I the cams 172 are out of engagement with the rollers 173 and the spring 163 keeps the shoe 160 in its uppermost position out of the way of the gripper with the longitudinal edges of the gripper jaws slidin in the grooves 168. After the gripper has eft the address plate in the carrier the cams .172 acting downwardly on. the rollers 173 force the shoe 160 downwardly, and this shoe, bearing down on the upper side of the address plate, binds it against the inwardly projecting ledges k174 on the barsv167. The shoe is provided with ribs 176 to engage the address plate between the t pe lines. s the cams come down on the ro lers 173, the lirst portion of the movement Abrin the shoe 160 into engagement witht'he a dress plate to clamp 1t between the shoe and theledges 174; the complete movement of the cams force downward the shoe` and the ledges (against the action of the springs 170) `into lthe position shown in Fi 10 and 11, where the type ofthe address p ates are in position to coact with the platen 133 toprint. When the cams 172` clear the rollers 173 and. the

l spring 163 returns the parts to normal position, the shoe engages inwardly projecting ribs 177 on the ars 167 to insure raising them to idle position.

l It will be seen fromthe foregoing description that a portion of the rotation vof the shaft 130 operates to effectively clamp the address plate in the carrier after a preceding portion of that rotation has operated the gripper `to draw the address plate into the l carrier and leave it there. After the clamp` ing of the plate in the carrier, a still further `portion of the rotation of the shaft 130 swings the carrier rearwardly to print. This a screw 164 to the member 160a'nd ata-its4 f the top-i157 of the trough and;

' such swln When the grippers 136 move the address as the address late on the carrier clears the msm: projecting forwardly from one of the 'is' accomplished by the following mechaf l arms 159 of the carrler is an arm 180, which is pivoted `at 181 to the link 182, depending from an arm 183 supported on a shaft 184.

Keyed on the shaft 130 is a cam 190 normally `cooperating with a rolle'f` 191 at the joint of a togglle 192 and 193 mounted re` spectvely on e shaft 184 and an arm 194 extending forward from the frame 159. The

major portion of this cam is a disk which n the same time, .a hook 197 secured by suitable screws to ltheside of theleam 190 engages' the hooked lower end 198of the link 182 and `draws that link downwardly, thereby drawin vthe arm l180 downwardly and swinging e carrier rearwardly. Through lpr en bem pivoted to the arm: 183, t

draws itsel from the hook 197, so that,

platen 133 at t eend of the stroke, the hook 198 has withdrawn itself from beneath the` hook 197, thus unclutching the carrier from the shaft 130, as clearly shown in Fig. 24.

Now, when the shaft and carrierare unclutched from each other, th`e rotation of the shaft carries the cams 172`beyond the rollers 173, and thereupon the spring 163` draws upwardly on the shoe and raises the address late above the'circle of contact with` the p aten. Thereupon, an outwardly extendin portion of the cam notch 196` engages t e roller 191 of the toggle and swings the carrier forwardly (the type being above the platen) until it is in normal position,

where it is held by the'cylirrdrical periphery of the cam 190 bearing against the roller 191. The arm 4183 above referred to is vmade adjustable, by reason of a slot and a bolt connection 199, so that the time of separation v,of

the hooks 197 and 198 maybe regulated as desired. The link 182 is plvoted to the farm 183 by a screw which is slidable in the slot 186. This is done to increase the- )eriofl of engagement of the hooks 197 an 198.' A s ring 195 attached to the hook 198 and to t e arm 180 acts to hold the hook 198 in` a positionto be engaged by the hook 197.

After the shaft '130 has 'completed that portion of its rotation which swings the carrier rearwardly and returns itto forward position,'the crown cam 148 again actsuon the segment 144 to move the (gripper toward the right, returning the use address plate to the receptacle and then the remainder of the rotation `of the shaft 130 operates through the cam 40 to releasc'the receptacle,

, the hook198, by reason of its.`

thus-drawing the address plate downwardly out'of the'grasp of the gripper and bring ing a new address plate into alinement with it. Then the operation is repeated for that address plate. The plates are cammed fully into lthe receptacle on the further movement of the vreceptacle by neans offa cam 85, Fig. 19. Accordingly, it is only necessary to supply some means for inking the type in the address plate while in the carriera-t0 enable the mechanism described to"succei vely print addresses on material vfedbetween the;

carrier and platen 133. v 'Y The inking mechanism may conveniently be an inking ribbon 200 mounted on spools 201 and 202. carried between the ends of a bar 203 and lugs 204 on the carrierframe 155. Any suitablemechanism may be used to feed such ribbon to present a fresh face for successive impressions. 'I nd it convenient to use the mechanism shown in Figs.

12, 13 and 23, which is mounted on the left hand Side of the carrier.

The ribbon feeding mechanism referred to is as follows: The spools are rigidly connected at their left hand end with rotaryv studs having ratchet wheels 205 and 206.

around these studs is a slidable plate 207. This `plate is also guided by a screw 208 passing through the slot 209 into a V'stud `210 screwed into a lu on the frame 155` (Fi 20). On the si e of the plate isa paw 211 held by a spring 212in position to be engaged by a cam 213 on the side of one of the cams 172. The engagement of the cam 213 with the pawl 211 forces 'the plate toward the left (Fig. 23), andthe coiled spring 215 returns t e plateto normal position. Accordingly, if a pawl were 'mounted on the plate 207 and adapted to engage one of theratchet wheels, it' would 40 operate to periodically feed the ribbon To makethe feed automatically reverse from on Spool to the other, when either spool becomes empty, I provide two pawls 217 and 218 which are pivoted to a plate-219,

which isintermediately,pivoted to the plate 207 and is normally held in position with one or4 the other awl engaging its ratchet. To so hold the ate, it is provided with a pin 220 adaptedi to en age inv either of a pairof notches 221 in t e under side ofthe bar 222, which isguided to move vertically on 1 the face of the pl-ate`207 by screws 223 and isv 224. As shown drawndownward by sprin in Fig. 13, thisbar is hol ing the plate 219 inposition, so .that the pawl 217 isacting on v the ratchet' 206 under the vinfluence ofthe spring 228, the pawl 218 being idle.

Alongside of theplate 219 Visa plate 225 havingtwongers226 loosely engagingholes in the plate 207. This plate `is held in position byy a screw 229 passing loosely through it into the plate 207 .A A spring 230 attached to the plate 219 and to the plate 225 draws the latter plate downwardly and 66 to the left sothnt it engages, as in Fig. 13,

letter sheets, etc. Accordingly, to allow the the rearwardly extendingV arm 281 of the' pawl 218, holding this pawl out of` engagement with the ratchet, 205. Extending downwardly from the plate 225 is a pro-'ew tion 232, which engages the pawl 217 w en the plate 219 is in theother position' and holds that pawl out of en agement withthe ratchet 206, as shown in ig. 23. Now, (re

.ferring to Fig. 13), when the vspool'201 connected with the ratchet 205 becomes'empty the ribbon is thereby anchored and the ratchet 206 is prevented from rotating, and this anchors the nose of the pawl 217 so that the movement of the plate207 toward the left instead o f moving the pn.wl, swings the plate 219 about its pivot, the pin 220 clearing its notch and passing into the other notch. ln that position the pawl 217 is forced downwardly out of action with the ratchet 206, hy means of the projection232, and the pawl 218-comes down-wardl into position to engage the ratchet 205,' un er the yinfluence of the spring 227. The fingers-226 are made loose in their holes in the plate 207 to permit the nose of either pawl to remain in engagement with its ratchet, while shifting the rocking plate. 219 until the pin 22() clears its notch, and passes into the other notch.v The spring 230` then pulls the acting pawl out of engagement with its r` chet by means of the arm 231 or theprojection 232, as above described.

My machine is designed to take address plates of sufficient size to carryany ordinary addresses. It is desirable to be able to print these in various positions on Vthe a'pe'r, and to feed between the carrier and p aten various sizes of paper,` as for example, i post cards, ordinary envelops, large size envelops.

carrierto be positioned as desired. l make itl slidable on the shaft 130, the cams 172 and 190 which are driven by the shaft being splined to it by having keys islidable in a key-way. on-the shaft. "-v

To enable all the Iparts of the carrier and its operating mechanism to travel as a unit, I provide a yoke. 240 slidable ou the shaft 184 and embracing the hubs of the arms 192 and 183, this yoke having an arm 241.y which extends between one of the arms 159 and the cam 190. One of the -cams 172 is held with' the carrier mechanism by means of a plate 242 carried on .the arm 180,V which extends downwardly and is forked into the groove in the hub of the cam, thus causing it to be shifted with the carrier. The other cam. 1 172 is held with the rest ofthe carriermechanism by means of the late 243 secured to the side of the member-z 1:61 and overhanging' the side of the cam. Accordingly, the whole carrier mechanismmay be, shifted as a unit to put it in any position de.- sired with reference to the paper. lt ist/ov be understood that the platen 133 visalon'g 130 enough to provide for an desired range of printing position. This p aten is adjustable up and down by bei mounted on an'eccentric shaft 245 whic may be swung and held by a lever 246--Figs..1 and 4.

As a means for convenientl carrier and its operatin mec anism lon 1- tudinally and for secure` locking it in t e desired position, I provi ,e onthe shaft-,184

a loose collar 320, (Figs. 25 and 26)',fl`1avg ing an annular groove 321 in its periphery-f1.

and a reduced portion 322 solidly heldin a portion of the yoke 240. The collar-'320 is surrounded by one end of a sleevef 324 carrying a pin 325 through one side in eny agement with the groove 321. -1 This sleeve .shaft 184 by a 24 has a threaded interior and surrounds a sleeve 327- vvhich is securely held `to the Ad1acent the end of the sleeve 324 and threaded Non' the sleeve V327 is a suitable A`locknut329. "The outer surfaces of4 the sleeve Y 324 and the nu-t 329 arev suitably knurled, as shown 1 and 2.

It will be seen that by turning the-sleeve 324, it will be laterally moved along the sleeve 327 which` is Vrigid with the Shaft" 184, and by means ofthe engagement of the pin 325 with the groove in the collar 320,

the ydke 240 will be moved laterally, carrying withit the entirecarrier and its operat# ing mechanism. Very accuratel registration of the address with the matter on a sheet beingfprinted may be made by turning this "sleeve 324, and the carrier may be locked in the desired position by means of nut 329.

To` feed the paper'to the address plate carrier and its platenI 'provide mechanism the lockshown in Figs. 1, 2, 5, 6, 7 and 14. As shown is a collar carrying the arm 258 connected in these figures, 250 indicates a stationarily` journaled u perfeed rollheld between the frame stan ards- 251 and 252. This roll is cccentrically .mounted, as indicated by broken lines in Figs. 5 and 6, to permit adjustments for. various thicknesses of paper and envelope. Below this feed roll is a feed roll 254 consisting of a .series'of sections mounted fona shaft 255. This shaft is carried in rock `arms 256 extendin y fromr a rock shaft 257. n Loose onthis roc shaft by a link 259 with the lever 260, the upper end of which carries a roller 261 bearing against a cam 262 on the shaft 130. Adjacent the `collar carrying the arm 258 is a shifting the` in 328 and is threaded toy co rate witht e threads of the s1eeve324.

-274 on the platen 133.

335 provide afiexiblel adjustable connection between the cam 262 operating the mechanism an'd the feed.rol1ers 254, so that the grip on the papermay be satisfactorily regulated. Accordingly, at the proper time to feed the paper, this cam 262 swings the rollers 254 upward intoengagement with the upper roller 250 to pinch the paper between them' and feed it toward the printing cou-` ple. This camf 262 isadju'sta ly mounted, there being arcual slots 263 through it,

' through which pass screws which secure the ram 262 to the cam. 148. This allows lthe' time of feeding to be changed with relation` to movement of the plate carrier.

'Ilo prevent inadvertent fding of lthe f paper, VI prefer to lprovide stop fingers 265 extending betw en the feed roll sectlons 254 and'imounted on a bar V266. This bar ispivotally mounted 'at its ends andy has connect ed to'it a rock arm 267 which connects with 4an arm depending from the arm 256. The

stopfingers are Vnormally held in operative positiox'r by a spring 270 (Figs, 6 and 7) attached to the arm 267 and to the bed plate 86. A second arm 337 on the bar 266car ries aJScrew 338 which rests on the foot ofthe frame bracket 25,1 and limits the upward movement of the fingers 265.V y v When the roller sections 254 are raised-t0 grip the paper, the raising of the forwari e endV of the arm 268 through the adjustab connection 269 tips the bar 266 andffwithdrawsthe stop fingers 265, and thereoupon the paper is fed tothe printing cou 1e derollers. This rotation is communicatedto the shaft 254 as follows: A pinion 272 bn that shaft meshes with an idler 273 onA the shaft 257, and this meshes with the gear y The latterv gear meshes with a pinion`275 on a shaft 276. A pinion 277 on the outer end of that shaft als" 10o i scribed by reason of therotation of t efeed connects with a train of gearing which inl cludeS a gear on the shaft 130. As shown in` Fig. 4, this gearing consists Iof a wheel 278 meshing with the pinion v277 and having. rigid lyvith it a pinion 279 meshing with' the gear 2,80 on the shaft 130.

Suitable stripping rollers 34()A may be carrigidly mounted at each end inrearwardly extendinghprojections 343 rigid with the` frame. ese rollers and armsvare vadapted to guide the paper away from the ad rees plate carrier.

shape, carrying the rollersbetween their sides at one end and having ,a 344 (Fig. 2) surroundingthe shaft between the sides. These springs have a frictional en gagement with the rod 342 and4 act to holdthe rollers, in position laterally, as well as down upon the platen 133, as-in Fig. `10.

Any convenient means may be employed 130 As shown, the arms l341 are made of sheet metal folded into a troughried by arms 34] on the rod342,which is drum, and to gear the shaft 130 for holding the paper to be passed to the feed rollers, as will be wellrunderstood. I have shown in Figs. 2 and hand-feed table 350, which may be used, it'ldesired. This table is shown as provided with adjustable side guides 351 and 352 to accommodate paper of different sizes or in different positions. This shbuld be taken as illustrative ofI any rmeans for resenting the sheets successively to the ad ress plate carrier and its platen.

It will be seen from vthe above description that all the operations of supplying the address plate and printing from it, including the feeding of the paper supplied to the machine, and the subsequent return of the address plate, are actuated from the main shaft 130. Any suitable means may be employed to rotate this shaft.

If it is desired, however, to use the addressing machine in conjunction with a r0- tary printing machine, a very Simple and effective method is to make theaddress plate carrier of the same radius as the printing with the printing drum so that it makes a rotation in the same time as the drum. This makes the peripheral speed of the carrier and that of the drumthe same and enables the carrier to be printing on one portion of a sheet while the drum of the printing couple is printing on rthe other portion of the same sheet.

Any suitable gearing may be employed to effect the connection between the shaft `13()4 and the printing couple. I indit convenient t9 mount a pinion 285 on the shaft 184,

this pinion being adapted vto mesh With.the

gear 2,80. On the other end of this shaft `I place a gear 286 which may mesh with the main gear 287 ony the drum of a multigraph or rotary 'printing machine.

In order to, properlyy position the addresses on -the paper 4wit-h relation to the other printed matter in case the machine is used with a multigraph or other printing machine, clutch the printing machine'from the addressing machine to change the relative time of printing. To accomplish this yconveniently the gear 285 (Figs. 1 and 2) is splined to be slid outI of engagement with the geary 280 while changing the position of the printin g matter by turning the drum of the printing machine. A spring 346 inside the extended hub 347 holds the gear 285 normally in engageme t with the gear 2,80.

Such prinin machine as above mentioned is illu'tratd herein in Iigs. 1 to 5' convenient at this inclusive, and it will be l point to briefly describe the same., it being understood that my addressing mechanism may be used with or without the printing machine, as desired. This printing-machine is of the type known as the mnltigra ih. It hagnpright plates 89 and 290, in w ich is Patent #846,992.

it is frequently lnecessary'. to un I journaled a Shaft-292, on which ismounted' a drumlike.member 293 carrying the type. This member 203 may be a segment having rails 294 ,to loosely confine grooved type, and having a hook 296 to removably clamp the segment to the shaft 292, as shown and claimed in the application of H. C. Gammeter, No. 833,051, filed April 20, 1914. The segment rests on a pair of rings 297 andi298 rigid on the shaft. Between these rings are shown a pair ot' spools 300 and 301, which carry an inked ribbon the printing form.

Cooperating with the rotary'typedrum described is a roller platen 305 suitably geared with the gear 287 on the ring 297. Any suitable means may be employed for rotating the shaitv292 to print matter between the drum and platen. As illustrative ot' any such means I have shown a crank 308 secured to the shaft 292. A suitable paper feed is employed in conjunction with the rotary printing couple described, as indicated by the feed rollers 309 and 310, shown in Fig. 5. The operation of these rollers mayr be substantially that shown in rl`he ty e may be placed on the rotary drum by hand or by any suitable mechanism, either when the-segment 293 is in plac'e, or when it is removed. The standard multigraph on the market has a supply drum alined with the rinting drum, and mechanism is provided ior transferring the type. as ,desired from the supply .drum to the printing drum, as shown for example, in Patent No. 1,052,910. Such supply drum is illustrated in Figs. 1 and 2 herein at 312. The frame plate 290 has a transfer channel 313, through which type may be passed from the supply drum to the printing drum. Fig. 2 shows, at 314, the finger portion of the transfer mechanism common on the multigraph for effecting the transfer of the type. Having thus described my invention, what claimis: 1.- In'a mechanism of the class described,

. the combination, with a receptacle for ad- 302 extending across ins inediately operating the couple to print from the address plate.

In a mechanism of the cla-ss described,

the combination, of a movable receptacle having an open side and arran to hold address vplates yin definite positions therein and removable from various 'points' of said' side, a printingfcouple having rolling contact, mechanism for successively transferverse to the transferring movement to printr from the address plate, and means for mov- `ing the receptacle.

4. In a mechanism of .theclass described, the combination with a set of address plates,

of an open side movable receptacle having i means to hold the plates spaced one above the other in a manner enabling their removal in any order, a printing couple, mechanism for transferring address plates from various parts of the receptacle to the couple and back to the saine part of the receptacle, and means for intermediatelv operating the couplc to print from the address plate.

5; The combination, ,v with a printing couple, of a movable receptacle having means for holding address plates indifferent positions therein, means for transferring an address plate from the receptacle to the couple, means for then moving the couple to print, means for thereafter transferring the eddress plate back to the receptacle, and means for causing movement of the receptacle to d scend by gravity but normally Stopped,- 4

present a fresh plate.4

`6.` The combination, with a printing couple, of avmovable receptacle for address plates, said receptacle being mounted to demeans for transferring an address plate from the receptacle to the couple, means for moving the couple 4to print, means for thereafter transferring the address plate back to the receptacle, and means `for releasing the rece tacle and thereafter stopping it with anot er addressplate in position.

7. i The combination, with a set of address plates, of a movable receptacle having internal ways for such address plates a printing couple, means for removing an address late from the receptacle to the couple and t ere 'leaving it and thereafter returnin it tothe receptacle, means for operating t e couple while the address plate is held therein independently of the transferring means, and means for automatically controlling the movement of the receptacle.

8.!The combination, with a printing couple, of a set of address lates, a, receptacle therefor, means for trans erring an address plate from the receptacle to the couple,

means for moving the couple to print., means for thereafter transferring the address plate back .to the receptacle, the receptacle being mounted to descend by gravity but normally after theaddress plate is returned to al held stationary, and means for""`releasing it and for automatically controlling its descent.

9. The combination, with a movabloreceptacle for address plates, ofk a movable carrier, a coacting platen, means for transferring a plate from the rece tacle` tothe carrier and back tol the receptac e, means for `intermediately moving the carrier to cause the address plate to print, and means for controlling the movement of the receptacle after the address plate is returned to present a fresh address plate.

10. The combination, withy an intermittently movable receptacle for address plates,

-ofan intermittently-movable carrier, a coacting platen, means for transferring a plate from the receptacle to the carrier and 'back to the receptacle, while the receptacle and carrier are stationary, means for intermediately moving the carrier to cause the address plate to print, and means for causing the carrier to cause the address plate to print, and means for releasing'the receptacle .ow it to descend to present a fresh address plate. 12. The combina-tion, with a movable 'receptacle for address plates, of an intermittently reciprocating carrier', means ,for transferring a\plate from the receptacle to the carrier and backto the receptacle, a platen coacting with the carrier when the latter moves in one direction but not when it moves in the opposite` direction, and means for causin movement of the receptacle after the a dress plate is returned to present a fresh address plate. i

` 13.I In a mechanism ofthe class described, the combination of areceptacle f or address plates, a movable carrier, a coacting platen, means for transferring plates successively p from the receptacle to the carrier and back means for transferring plates successively from the/receptacle. to the' carrier. and fback to the receptacle, and means for swinging the carrier with its address plate to print.

15. In Va mechanism of the class described,

ich 

